ZMP-SynqNet®-PCI and ZMP-SynqNet-CPCI Controllers

The ultra-high-performance ZMP-SynqNet® Series incorporate a 64-bit 466MHz MPC8245 PowerPC processor for maximum flexibility and speed. These controllers offer servo update rates up to 48 kHz, and can support up to 64 axes and 64 SynqNet nodes. They are optimized to work with MechaWare™ for the ultimate in precision control, and are available in PCI and CPCI-3U form factors.

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Features

  • ZMP-SynqNet-PCI Controller:
    • CPU: PowerPC 64-bit floating point, 466MHz MPC8245 (266MHz version also available)
    • Memory: 16MB SDRAM/133MHz
    • Connectors: RJ45 SynqNet In/Out connectors, high-density D-15 I/O connector
    • Optional CPU-cooling fan
  • ZMP-SynqNet-CPCI-3U Controllers:
    • CPU: PowerPC 64-bit floating point, 466MHz MPC8245
    • Memory: 16MB SDRAM/133MHz
    • Connectors: Micro-D 9-pin SynqNet In/Out connectors, Micro-D 15-pin I/O connector
    • CompactPCI-3U form factor is ideal for high-vibration environments, enhances machine quality, reliability and uptime
  • Can be programmed with either the MPI programming library for C/C++ or the MPX programming library for Visual Basic .NET and C#
  • Optimized to work with MechaWare™ for the ultimate in precision control
  • Supports up to 64 nodes with 64 axes
  • Over 16,000 bits of digital I/O and 1,000 points of analog I/O
  • Real-time diagnostics over SynqNet®
  • Self-healing, fault-tolerant operation using ring topology
  • Hot-replace allows replacement of nodes without network shutdown
  • Servo loop update rate: user-programmable up to 48 kHz (4 axes)

 

Benefits

  • Optimum control of machines requiring high levels of coordination and synchronization between axes
  • Shared memory map architecture minimizes latency and maximizes machine throughput
  • On-the-fly motion and gain set modifications minimize cycle and settling times
  • Real-time operating system support reduces overall system cost by enabling deterministic usage of host processor for optimized machine design
  • Tight coordination between motion and I/O via the SynqNet® network reduces machine development costs by providing real-time system visibility and motion optimization



 

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